Question

which of the following formulas calculates 45% of cell E19?
A. =45%E19
b. =E19*45%
C. =E19^45%
D. =E19^.45

Answer 1

You multiply each other I guess and then you are left with A as the answer.

Answer 2

@jim_thompson5910 IS THIS RIGHT^^

Answer 3

What's the difference between answer A and answer B?

Answer 4

its answer B

Answer 5

Why?

Answer 6

B is the closest to what I got, I would have done =E19*0.45, but apparently excel knows how to convert 45% to 0.45

Answer 7

Why can't it be A?

Answer 8

it can't be A because I get an error when I try that in excel, but different versions of excel may allow that syntax (not sure)

Answer 9

but choice B works just fine for me

Answer 10

Oh gotach it's for ecel

Answer 11

I didn't know excel converted percent to decimal :D

Answer 12

same here, learn something new everyday

Answer 13

I think Excel does basic functions only so it doesn't understand what .45E19 is

Answer 14

it's the same thing as to tell someone just learning math that .45x^2 is actually .45*x^2

Answer 15

i'm pretty sure it's the same thing with c++

Answer 16

which of the following keyboard shorcuts will copy into memory the text upi have highlighted with your cursor but leave the text in the original document?

A. ctrl+c
B. ctrl+p
C. ctrl+v
D. ctrl+x

do you know this @Outkast3r09

Answer 17

v

Answer 18

hint: cntrl+c is copy, but you want cut

Answer 19

ctrl+v is copy

Answer 20

ctrl+v is paste

Answer 21

ctrl+c is cut

Answer 22

ctrl+p is paste

Answer 23

that would be print

Answer 24

not for my computer what the heck lol

Answer 25

haha lol

Answer 26

it could be a program overwriting it also

Answer 27

maybe, or you just have a very odd computer

Answer 28

yes lol cause i remember i used to play games as a kid in which you couldn't print lol

Answer 29

so it might be possibly that

Answer 30

or possibly i think i'm hitting v but i'm hitting c lol

Answer 31

it's all nature to me by now -.-

Answer 32

and Jim whiley ou're here

explain how non uniform density is derived to be

\[p=\frac{dm}{dv}\]

Answer 33

\[p(r)=\frac{dm}{dv}\]

Answer 34

no idea, sry

you might have better luck in physics?

Answer 35

lol isn't it calculus tho?

Answer 36

oh idk, it's been a while for me

Answer 37

how do you think of it though? if

p(r) is a given small point of mass

Answer 38

p(r) is the density at point r? not sure

Answer 39

yes p(r) is a function for getting a small mass point in a path